FAAC AOMSW300DC User Manual

®

WWW.ALLOMATIC.NET

SW-300DC Installation Manual

®

L

D

I

E

S

T

Pending

UL325

compliant

UL991

compliant

US

TABLE OF CONTENTS

Important safety instructions........................................................

Different UL 325 class types.............................................................

Concrete pad Specs.........................................................................

Operator & Arm Layout..............................................................

Compact Installation.........................................................................

Torque limiter & Arm adjustment......................................................

Gate travel adjustment.....................................................................

Directional settings..........................................................................

Electrical power connections...........................................................

Typical loop layout...........................................................................

General loop installation guidelines...............................................

Accessory connections...................................................................

Multiple safety device connections.................................................

Plugin detector installation..............................................................

Leading edge installation.................................................................

2&3

6,7&8

4 5

9

10

11 12 13 14 15 16 17 18 19

Three button station........................................................................

Master/Slave connections...............................................................

Magnetic/Solenoid lock installation.................................................

Radio receiver hookup....................................................................

Open & Close electronic reversing sensor(ERD) adjustment.........

Timer adjustment............................................................................

Dip switch functions........................................................................

Solar panel installation...................................................................

Swinger arm parts..........................................................................

20 21 22 23 24 25 26 27 28

1

IMPORTANT SAFETY INSTRUCTIONS

WARNING

To reduce the risk of

READ THE FOLLOWING DIRECTIONS. DO NOT EVEN THINK OF STARTING UNTIL YOU HAVE READ AND UNDERSTAND THESE DIRECTIONS. IF THERE IS SOMETHING YOU DO NOT UNDERSTAND CALL US.

Never

Always keep people and objects away from the gate. No one should cross the path of the moving gate. This operator must be tested monthly. The gate must reverse on contact with a ridged object or stop

when an object activates the non-contact sensors. After adjusting the force or the limit travel, retest the gate operator. Failure to adjust and retest the gate operator properly can increase the risk of injury.

Keep gates properly maintained. Have a qualified service person make repairs to gate hardware. It takes many years of experience to make proper adjustments to gate hardware or operators.

let children operate or play with gate controls. Keep the remote control away from children.

injury:

There is nothing on a gate operator that is easily repaired without a great deal of experience. Save yourself some time and call a qualified Gate Service Contractor who knows your type of gate operator.

2

INSTALL THE GATE OPERATOR ONLY WHEN YOU HAVE READ THE

FOLLOWING:

*Confirm that the gate operator being installed is appropriate for the application. *Confirm that the gate is designed and built according to current published industry standards. *Confirm that all appropriate safety features and safety accessory devices are being incorporated, including both primary and secondary

entrapment protection devices. *Make sure that the gate works freely before installing the operator. *Repair or service worn or damaged gate hardware before installation of the operator. *Eliminate all gaps in a sliding gate below a 4 foot height that permits a 2 ¼ inch sphere to pass through any location, including the area

of the adjacent fence covered when the gate is in the open position. *Eliminate all gaps in a swinging gate below a 4 foot height that permit a 4 inch sphere to pass through any location, including the hinge

area of the gate. *Operator must be disconnected from the power source before attempting any installation of accessories. *Install this gate operator according to our installation instructions. *Adjust the operator clutch or load sensing device to the minimum force setting that will still allow for reliable gate operation. *Install the operator inside the fence line(do not install the operator on the public side of fence line). *Install a proper electrical ground to a gate operator. *Install controls where users cannot touch or reach through the gate to operate the controls. *Install all warning signs and take pictures of the installation. *Test all safety features for proper function before placing the automatic vehicular gate into service. *Train owner/users about basic functions and safety features of the gate system, including how to turn off the power and how to operate

the manual disconnect feature. *Leave safety instructions, product literature, installation manual and maintenance manual with end user. *Explain to the owner/user the importance of routine service and retesting on a monthly basis.

3

DIFFERENT UL 325 CLASS TYPES

Class one: Residential

A vehicle gate operator intended for use at a home of one to four single family dwellings, garages or parking area.

Class Two: Commercial or General Public Access

A vehicular gate operator intended for use at a commercial location or building such as a multi-family housing unit (five or more single family units), hotel, garages, retail stores, other buildings servicing the general public.

Class three: Industrial or limited Access

A vehicular gate operator intended for use at an industrial location or building such as a factory, loading dock area, or other locations not intended to service the general public.

Class Four: Restricted Access

A vehicular gate operator intended for use at a guarded industrial location or building such as airport security areas or other restricted access locations not servicing the general public where unauthorized access is prevented via supervision by security personnel.

Other components required to satisfy UL 325

Each class must have a primary and secondary means to sense and react to obstructions within two seconds.

The six types of obstruction sensing systems are:

Type A:

Inherent obstruction sensing system. This system must sense and initiate the reverse of the gate within two seconds of contact with a solid object.

Type B 1:

Provision for connection of a non-contact device can be used, such as a secondary protection.

Type B2:

Provision for connection of a contact sensor. Examples include an edge device or equivalent. This can be used for secondary protection.

Type C:

Inherent adjustable clutch or pressure relief valve.

Type D:

Provision for connection of or provided with and actuation device requiring continuous pressure.

Type E:

Inherent audio alarm.

All of All-O-Matic Inc’s Gate operators conform to the most ridged Class One.

4

Operator plastic

Cover

CONCRETE PAD FOR SW-300

Four red head Bolts

1

/2

”

X 3

1

/2

”

Operator frame

When possible

13.5”

23”

9.5” 24”

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24”

Area for Conduit(s)

Operator Concrete

Pad

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25.5”

Install 4” above Ground

Footing for Gate operator

4”

Low voltage

Single Conduit for

24”

Master/Slave

High voltage

conduit

5

OPERATOR AND ARM DIMENTIONS

POST

OUTSIDE

HINGE

CENTER

A

This distance is from the gate in open position to edge of the pad. Refer to . note

Dimentions Chart

Gate length

Less than 12”

13’-15’ 16’-22’’

A

B

35” 41”

47”

B

C

14”

2”

CONCRETE PAD

36” 42” 14”

48”

INSIDE

Minimum Distance

34” 37”

40”

S

E ON

C D

Refer to

C

A

RY

P

R A

IM

RY

note

below.

Minimum distance

A: Is the distance between the gate bracket and the gate hinge point. B: Is the distance between the gate hinge point and the edge of the concrete pad. C: Is the distance from the gate in the open position to the center shaft of the operator. Minimum distance: Is the minimum distance required behind the open gate. If the distance between the open gate and the back wall is between 20” and 33” refer to compact installation.

Note: The 2” distance shown above is from the gate in the open position to the edge of the pad.

If the gate must open more than 90 degrees, the pad needs to move back accordingly. The distance between the open gate and the pad needs to remain 2”. The distance “C” also needs to move back accordingly if the opening is more than 90 degrees.

6

OPERATOR AND ARM LAYOUT

Out In

Mark ground under

gate bracket with

gate closed. This will

be point Y

1

Mark ground under

gate bracket with

gate open. This will

Point Y

be point Z

X

“A”

Bracket

Point Z

Hinge point

Bracket

X

14”

Bracket

Out In

Point Y

2

Draw a line from point past the point as shown. This should be laid on the ground. The operators center shaft goes on this line.

Z

Y

Hinge point

X

Bracket

Point Z

X

Center shaft of

Operator

7

ARM LAYOUT & OPERATOR PLACEMENT CONTINUED

Bracket

Point Y

3

point

Measure distance from the

Y

And point Say distance is 60”,

Z.

divide this number by 2,which =30”. This is the length of primary

PLEASE BE EXACT!!!

X

Point Z

Hinge point

Bracket

X

Center shaft of

Operator

This pipe does not need to be measured after primary arm is installed this pipe makes up the balance of arm.

8

4

+

CENTER OF

BOLT AT FIRST

HINGE POINT

T his ARM section is half the distance

between point and point as shown

P

R

I

above.

M R

A

IT MUST BE EXACT!!!

Y M E

A

R

S CTIO

+

Y Z

N

CENTER OF

SHAFT ON

OPERATOR

SWINGER COMPACT

INSTALLATON

To use this installation the gate must be 12’ or less.

HINGE

CENTER

27”

OUTSIDE

INSIDE

8”

Use these measurements, only if the distance between the wall and the gate in the open position is 20” to 34”. If you have more than 34” refer to standard installation.

SE ND

CO

35”

A

R

Y

20”

20” Minimum

9

TORQUE LIMITER AND ARM

ADJUSTMENT

The torque limiter is shipped loose (not adjusted). You must use a 20” pipe wrench to adjust the large torque limiter nut on the operator as shown in the images below.

Tighten torque limiter nut until arm does not slip when the operator is running.

Also run gate and grab gate at mid cycle to make sure torque limiter will slip. This is an important adjustment, so please take your time and do it right.

20” Pipe wrench

Torque limiter adjusting nut.

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10

MASTER

ARM ADJUSTMENT: Use a pad lock or a bolt to hold the arm lever in closed position. With the arm lever closed tighten the arm adjusting screw as tight as possible. ARM QUICK RELEASE: To release the arm with the quick release, simply remove the bolt or padlock from the arm lever and open it. Opening the arm lever will allow you to manually open the gate.

Arm adjusting screw

Allen wrench

GATE TRAVEL ADJUSTMENT

Locate limit switch. Step 1: Turn the on operator.

Step 2: Use an allen wrench to loosen up the limit cams. Turn the

limit Cams to desired direction. Step 3: tighten the allen screw. Step 4: Turn the operator back on. Step 5: Run gate operator. If more adjustment is needed, repeat the steps.

power off

Limit switches

Limit cams

Allen wrench

11

OPENING DIRECTION SETTINGS

Use dipswitch to change the opening direction on the operator. for left hand opening, for right hand opening.

OPEN L/R

OFF ON

LED’s will show opening or closing directions when gate is running.

O

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Opening to the left

-

1

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-- ---

- - - -

2

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-- ---

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N

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--

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--- --

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12

GRD

ELECTRICAL CONNECTION

OPERATORS MUST BE PROPERLY GROUNDED!

2 0

3

V

1

5

V

LINE 1

LINE 2

Power switch

NOTE: When applying 230V to

operator make sure voltage switch is flipped to 230V position.

120 Volt

Electrical

Plug.

Power connection | 115VAC | 220VAC Single Phase LINE 1 = 115V N 220V LINE 1

LINE 2 = 115V HOT 220V LINE 2

GND

Connect to ground. Use a proper ground rod for a

ground reference. Use the shortest and thickest wire possible for ground.

For power, a minimum of a

15-Amp

dedicated circuit

breaker is needed.

NOTE: To use the 120VAC accessory outlet, connect white wire from the outlet to neutral. Only when using 120VAC as the power source.

For power wire enclosure use UL listed conduits.

All gate operators be properly grounded. A proper ground in a gate operator installation minimizes or prevents damage from an electrical charge, such as a near

lightning strike or an electrical static discharge. . Use a single wire for the ground. DO NOT splice two wires for the ground. If the wire breaks or is cut, replace it with a single length. NEVER use two wires for the ground.

MUST

Check with your City code for proper earth ground rod type and proper grounding procedures.

13

SWINGER LOOP LAYOUT

WIRED IN SERIES

5 FT

Outside Safety loopOutside Safety loop

5 F

T

5 F

T

Center Phantom loopCenter Phantom loop

T

F

5

Gate in open

position

5

F

T

1/4 IN1/4 IN

TWISTED 6

TURNS

PER FOOT

Inside Safety loopInside Safety loop

1 1/2 IN

5

F

T

Exit loopExit loop

WHEN USED

This is a normal loop layout. Remember when connecting to an All-OMatic circuit board you use the normally closed contacts from your safety loop detector and normally open contacts from the exit loop.

You must twist your wires from your exit point of the saw cut all the way to the circuit board, no exceptions.

14

GENERAL LOOP INSTALLATION GUIDELINES

The following loop installation guidelines are for installing typical driveway loops for access control applications (i.e. parking gates, sliding gates, swing gates etc...) Always consult with loop detector manufacturers for specific equipment guidelines. This will confirm that the proper configuration and installation techniques are applied for your application.

Useful information about inductive loops:

A. The typical sensing height is 2/3 of the shortest leg of loop (in feet) Therefore a 4’ x 8’ loop typically has a detection height of 2.6’.

B. The inductance of a conventional four-slide loop can be estimated using the formula:

L = P x (T + T) / 4 Where L = Loop Inductance in microHenries P = Loop Perimeter in feet T = Number of turns of wire in saw slot

2

Therefore a 4’ x 8’ loop with 3 turns would be: L=(4 + 8 + 4 + 8) x (3 + 3) / 4

2

L=24 x (9 + 3) / 4 L=24 x 12 / 4 L=24 x 3 L=72 microHenries

Suggested guidelines for loop installation:

Loop wires should be twisted 6 turns per foot, and twisted from saw slot to the detector. If possible start twisting the wires from the edge of the loop.

All 90 degree corners should be chamfered so that the course of the wire does not change direction sharply but rather at shallower angles of 45 degrees or less. Core drilling of the corners achieves the same effect but can still lead to failure due to sharp edges remaining in the corner area.

Loop Perimeter

6’ - 12’ 6 13’ - 20’ 5

21’ - 60’ 4 61’ - 240’’ 3

241 & Up 2

# of Turns

45

Angles

Saw Slot

TWISTED 6

TURNS

PER FOOT

1/4’’ Feeder Slot

Driveway loop

1/4’’

Driveway

Sealant: 3/4’’ to 1’’ Min.

2’’

Backer Rod

Loop Wire: 3 Turns

}

15

ACCESSORY CONNECTIONS

The circuit board output provides up to mAmps of power for accessories. More than two or three accessories will require a separate power supply.

NOTE:

See page 18 for plugin detector installation.

12VDC Accessories only.

3

2

12-VDC 500

.

01

0

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1

K

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1002

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2

1

15

15 10

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1

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1

50

5 1 0

1

3

6

0G

B

8

0

2

ON

4

3

C L

0

7 E

Remove wire jumper

from when

a safety device is

EXIT

Loop

Detector

PowerPower DetectDetect

SENS.SENS. LEVELLEVEL

BOOST ONBOOST ON PULSEPULSE

FREQ.FREQ.

Loop FailLoop Fail

ResetReset

C

11 22 33 44 55 66

00

22 11

00 OFFOFF PRESPRES

00

22

00

11

C

N/C

PowerPower DetectDetect

SENS.SENS. LEVELLEVEL

BOOST ONBOOST ON PULSEPULSE

FREQ.FREQ.

Loop FailLoop Fail

ResetReset

11 22 33 44 55 66

00

22 11

00

SAFETY Loop

OFFOFF

PRESPRES

00

22

00

11

Detector

20M

L

8

C RB

M

2

8

A

C 4

IM

6

2240

F

B

0 1 1 0

1

A

2 S

M A

D R 2 - 3 1

7 3 0

K

G

33

5 N

HF

SAFETY

installed.

1 100

1001

6 0 40

3

12 0 0

12 2

Keypad

or

Telephone

Push Button

or

Fire Box

Card Reader

or

Key Switch

16

A C

B

DEF

1

2

3

GHI

JKL

MNO

4

5

6

P

Q

RS

T V

U

WX

Y

Z

7

8

9

TO

EN

OPER

*

0

#

BA

PHOTO Beam

See page 17 for connection of

N/O

multiple safety device wiring diagram.

= COMMON

C

N/O

= NORMALLY OPEN CONTACT

N/C

= NORMALLY CLOSED CONTACT

MULTIPLE SAFETY DEVICES

CONNECTIONS

Multiple devices installed together must be connected in series . the normally closed (N.C.) dry contact from accessory relay. efore installing the accessory devices, remove the wire jumper from the position

SAFETY “ ”

each B on

Locate

SAFETY

the control board.

Safety wire connections

From Accessory #1 To Connecting pin

Relay Com To COMMON

From Accessory #1 to Accessory # 2 Relay N.C. To Relay COM

.

. E

1

K

7 0

2

100

15 01

.

071

0

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1 7

1 200

15 01

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K

71

2

100

1002

150

15 01

1

.

0

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EK .

E K

7 01

1002

150 1

10

K .

7

71

1002

2

100

1

5

0

1

From Accessory #2 To Connecting pin

Relay N.C. To SAFETY

o

6 3

ilc

8

V

r a f

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1

K

2

100

2

100

15

1 5

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01 0 1

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R C L 7 E

7-

0

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0

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1

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A F

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2 BS 1

40

M A

3

1

0

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02

FK

5GN

H

33

20M

82AIM

C R

6LMC

360

3

2

1

RS

Relay (COM)

PHOTO

SAFETY Loop

detector

ResetReset

Loop FailLoop Fail

11

00

FREQ.FREQ.

22

00

PRESPRES

PULSEPULSE

OFFOFF

BOOST ONBOOST ON

11

00

LEVELLEVEL SENS.SENS.

22

00

11 22 33 44 55 66

DetectDetect PowerPower

Relay (N.C.)

AB

Beam

Remove wire jumper

from when

SAFETY

a safety device is

installed.

Relay (COM)

Relay (N.C.)

Wire nut

This diagram is for the relay wires of the safety devices, two wires to the board connections (one from each device) and two wires to the orange wire nut.

17

LPR-1 LOOP RACK INATALLATION

This is a loop . Remember when connecting to an All-O-Matic circuit board (reverse) uses the , wire jumper from the safety connector needs to be removed

typical

configuration for a gated driveway the safety

normally closed contacts

from loop detector the when a safety loop is inatalled. You must twist the wires from the exit point of the saw cut all the way to the loop detectors, no exceptions.

Exit

lo

o

p

N

D

USEWHE

Exit Loop

Insid

e

Saf

e y o

t

lo p

Loop Connections

24VAC/ 12VDC

Ground Exit

Phantom

Safety

Phantom Loop

Jumper setting

See side for

Exit Loop

Phantom Loop

Safety Loop

C t

r men

e P

pC t

p

loo

to

n

a

h

Safety Loop

18

3

H K

5

3

GN

F

43CL07 E

2

1

0

12

30

0 4

0

10 1

60

1

0

10

DR127-330

M

S 2

AA

1B

1 001

F

02

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2

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ON

802

B

4

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0

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MC6

82

L

Compatible Detectors

Brand Model No.

Reno A&E EDI

Diablo Controls

H2 LMA-1500-LP DSP-40S

pOu

p

l

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d

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1

1 020

1

1 01 5 1

150

2

0

10

2

0

1

1 0 5

150

1

010 2

02

0

1

Jumper setting

OFF OFF ON

LEADING EDGE CONNECTION

C o

6

i

lc

8

V

3

ra f

.

071

0

E

KE

K

71

00

2

1

1002

1

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5

0

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3

2

1

RS

0

01

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7

1002

1 5 1 0

E

K

7 01

71

1002

2

100

1 01

1

5

5 1 0

0

E

1

KE

K

7

7 0

0

10 2

2

100

1 01

51 0

5

1

.

07

E

1

KE

K

710

2

100

2100

1 5 1

51

0

0 1

.

wire to 12VDCRED

BLACK wire to COMMON

t

L

82AI

M

8

C

RC

64

3

M

60G

B

O

N

B

8

02

1 0 0 1

D

4 C

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3

12

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7

0

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20M

2402

1001

F

B

AM

1

1100

A

6 40 0

2 S

3

1

0 2

2 2

0

1

N

FK

G 5

H

33

Wireless edge

Receiver

LEADING EDGE SENSOR

Connect one of the wires from leading edge and/or one of the grey wires from a wireless edge receiver to connector on control board.

COMMON

Connect the other wire from leading edge and/or the other wire from a wireless edge receiver to connector on control board.

EDGE

19

THREE BUTTON STATION

See push button connections below.

A three button station was integrated into the board to make adjustments easier when setting limit switches and adjusting ERDs.

SYSTEM

4

C6

M

L

B

C8R

1

12 0

10

071

0 2

E.K

71

0

E.K

M

W

A

1

0

7

DIP

E C

- 3

RA FGN T

9

M A 1

1001

0022

6 29

Q

58 A

L

D 1K

s0

M

C

7

OC 05 8

G 4

F

0

E.

10

K

KE.

7

1002

010 2

020

1

15

150 0 1

1

11

OO

UU

BB

RR

NN

SS

33

66

88

33

1

0

1

PH

L

IPSI

P L

HI PS

HI PSP L

I

CB

Ls 14

7 472 K G4

0

E.K

1

KE.

7

710

2

00

1

150

1 50

1

L 7s0

.

0

E

1

KE

K

710

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2

00

1

1002

1 501

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11

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33

66

88

33

1001

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1002

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.

0

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1

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1 501

.

07

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10

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1

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1

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C

1

i

l

04

F

r f a to c

ON

2

B

60

80

3 G

L

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C 8

222 6

A

C6

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M

B

4M

2 491

HF

1 00

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36

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4

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6 8

V

3

r

af t

3

2

1

RS

Connect the from all the push buttons

COMMON

to input on the board. Connect push button contact to

EXIT

input on the board.

Connect push button contact to

3BT

input on the board.

Connect push button Contact to

PED-SW PED-SW

COMMON

OPEN N.O.

CLOSE N.O.

STOP N.C.

input on the board and remove jumper.

N.O.

N.C.

PED-SW Jumper

OPEN

CLOSE

STOP

COM

20

MASTER/SLAVE CONNECTION

Before connecting master/slave gate operators together, test and adjust the limit switches and the ERDs for each operator as “stand alone” machines.

All accessories must be installed on the master board, no exception.

See page 20 for dip switch settings.

Use a two wire shielded cable and run it through a UL listed conduit for master/slave connection. Follow the wiring diagram as shown below.

Master Board Slave Board

+.....................Positive to Positive...................+

-...................Negative to Negative...................-

Use UL listed conduit

Master Board

-

- -

-

--

-

O

PE

N

---

-------

-

- --

--

-

1

2

3

4

5

6

7

8

1210

710

1001

0

1 01

KE.

710

KE.

8

2

A

IM

L

M

C

46

C

8

R

B

10 0

2

Shielded cable

Slave switch

only on

ON

slave board

Slave Board

-

- -

-

- -

-

O

P -

E

N

- ----

-

- -

-

--

1

2

3

4

5

6

7

8

1210

7 0

1001

0

1

1 0

1

KE.

17 0

KE.

8

2

A

IM

C

4LM 6

C

8

RB

1 0 2 0

Connect shield to slave metal frame only.

21

MAGNETIC/SOLENOID LOCK

CONNECTIONS

Magnetic lock installation requires a step down transformer with appropriate voltage for the specific lock accessory. Operator will provide a 120VAC outlet for the step down transformer.

Connections: Plug the lock device transformer to the 120VAC outlet plug. For Magnetic lock: Connect one wire from transformer directly to one wire of the magnetic lock, the other wire from transformer

will be connected to the relay plug input and the relay output connects to the other wire of the magnetic lock. See illustration below.

For Solenoid lock: Connect one wire from transformer directly to one wire of the solenoid lock, connect the other wire from transformer to the relay plug input and the relay output connects to the other wire of the solenoid lock. See illustration below.

COM MAG

COM SOL

I

O

R

RI

14

SS

90R9

001 R

0010

0

01

1

6

1

R6

B

9

2

8

14

SS

061

R9

09

10R0

001 0

R21I 10S

8

I R

O

OI R

SOLENOID

LOCK

1

01

11

33

0

4750

8.0000 M 535202

1

--- -

- -

-

---

2

-

3

-

--

-

--

4

-

-OPEN

5

-

---

6

-

-- --

- -

7

-

1

--- -

-

8

-

3

LAT

L

4

168

E

7

A

M

0 U

AT

EG

A 0

M

2

T A

247 CB7

1

2

010

1001

1002

1001

1002

2 010

LMC6

82AIM

C B 8 R

4

CMX-309FB C

G4

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33

11

33

1

1 0

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PHILIPSPHILIPS

IP

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0

71

1

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0

71

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501 1

.

KE

020

0

17

1

Relay plug

120VAC outlet plug

22

MAGNETIC

LOCK

Step Down Transformer

RADIO RECEIVER CONNECTIONS

3 wire receiver: mounts on receiver strip outside control box as shown below. 4 wire receiver: connect the two relay wires to & terminals. Black wire to terminal and Red

wire to terminal on receiver strip outside control box as shown below.

3

9

M 1A

0

1 01

2002

M O C8

6 2

0

9

50

Q

F

1 2 negative 1 positive

1

9

1

00

1

0

9

10R0

0 R9

0100

I

O

R

610

8

I 2 SR 11

0

R

0

16

SS

6

829B

R

14

SS

0

9

1

14

R

RIO

S

1 000

1

6

9B

0

1

2

0

8

IO

0 8

6

1

I

R

2

110

R

11

R6

0

1

9

0

29B

SS

1

R

8

R616

9

14

IO

R

RIO

0

618

R

2I

11

0S

3

1

2

3 wire 12VDC Radio Receiver

r

3 wi e 12VD

R ceiver

e

dio

a

R

C

Receiver terminal strip located outside control box.

1002

0 1 7

RS

. E K

---

-

--

-

--

-

- -

----- -

-

--

N--

-OP

--

-

-----

--

-

--

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8

7

6

5

4

3

2

5 11 0

1001

M

I

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82

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C

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710

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71

0

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1002

1

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1001

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--

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1

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3

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9

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1001

0022

5 8 A

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1002

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B

1001

8

0

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ON

11

F

0

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0

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60

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40

M

3 0

2

0

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7

5

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33

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3 2

1

4 ire 2

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a io

Re

DC w 1 V

ce r

ive

3 = 12VDC 2 = Relay 1 = Common

23

OPEN AND CLOSE ELECTRONIC

REVERSING SENSOR(ERDs)

ADJUSTMENT

O

/

I

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5W

I0615

F260

6S

62

2

06

0

S

6

S

602

6S2

00

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B

29 8

14

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90R9

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1000

1001

6R6 1 982 B

14

SS

90R9

10R0

1000

1001

661

R B 9

2 8

14

SS

9R90

R100

1000

7 01

1001

K E.

6 8

I 2

R

10

1 S

10

IO RIO

R

6 8

R

10

2 1I

10

I

O

S

RI

R

0 6

IR 11

18

2 0

I R

O

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4 G

14

s L

CB7 K 2 4 7

616

R 9B 82

2001

51

4

3132

9

1AM

0

475

1

0

2

8 43

16

EL

07

M

GAA

U

AT

0A

2

TME

LMC

C

8RB IM82A 64

CMX-309FB C

4

CB74K

2 G7

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1

001

0102

1001

1002

1

001

0102

- -

--

1

- -----

-

2

- --

- -

3

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-

4

OP N E

5

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--

-

6

-

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-

7

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-

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8

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104

Coilcraft

F

1 0 0 2

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LIPHI PSLIPHI PS

I

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100

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2491

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8

2

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1 0 0 1

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MAGNECRAFT

W10 DIP - 3

C L 6 82A

E

2491

3

3 R 0

0R

0

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s

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33

88

66

33

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2

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MOC8050

1

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7

9

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1

0

046

1 0

1122

10

1 00 1

3002

M

5

GN

HF

402 2

K

20

33

B

S21

F

MAA

01 1

0

CR8B M

4L C6

82AIM

DR127-330 43CL07 E

36

80

B

0

2

G

O N

1 2 0 4

683

Coilcraft

V

8

R

B

MC4

MI

ON

802

B

360G

1501

KE.

2 0

0

1

7

0 1

1501

.

E

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2 0

710

0 1

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.

E

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2 00

710

1

1501

.

E

K

2

0

1

7

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1501

.

E

K

2 0

710

0 1

1501

.

E

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2

710

00 1

1501

.

E

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2

0

1

7

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1501

KE.

2

0

1

7

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KE.

2

710

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26 9Q

Open and Close ERD

SENSITIVITY

MAX MAXMIN MIN

11 0 0

1 0

10

NN

SS

33

RR

UU

OO

BB

11

0 0 1 1

33

88

66

1 0

33

10

NN

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33

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33

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88

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11

33

ERD’S must be adjusted by qualified technician.

The gate operator ERDs must be adjusted so that the gate provides regular, reliable and safe cycles.

ERD must be checked every six

months.

24

Counter clockwise maximum sensitivity

Clockwise minimum sensitivity

When gate stops and reverses by itself, the ERD is .

too sensitive

The gate must stop and reverse when it hits an obstruction or the ERD is

not sensitive enough.

TIMER ADJUSTMENT

TIMER ON: Timer to close, can be set from 1 to 60 seconds. TIMER OFF: Gate operation is push button to open, push button to close. TO OVERRIDE THE TIMER: Turn the RADIO switch to the “ON” position.

This will allow the radio receiver to close the gate before the timer.

TIMER ADJUSTMENT

Turn potentiometer counter clockwise for more

60

Sec

0

Sec

time.

60

Sec

TIMER “ ” to activate

ON

0

Sec

1 0

1

0

750

11

4

10

the timer

RADIO “ ” = ON Allows

the transmitter to close the gate before the timer.

Turn potentiometer clockwise for less time.

NN

SS

33

R

33

U

88

O

66

BB

33

TIMER

RADIO

OSC

FAIL SF/SC

1-PASS

SLAVE

AUTO OPEN

OPEN L/R

OFF ON

O O

/

I

.01

5W

I0615

F260

2

26

0

S

602

6

S

602

26S

1001

R166

B9

1

0

1

0 10

-----------------------OPEN-----------------------------------------------OPEN------------------------

1 2 3 4 5 6 7 81 2 3 4 5 6 7 8

82

14

SS

909R

R

100

0100

1001

1R 66

B

829

14

SS

9R

90

0R

10

1000

1001

R166 B9 82

14

SS

90R9

00

1R

1000

0101

7

1

E.K

0

6

IR

1

2

8

1

IO

0

S

R

0

6

I

R21

1

8

1

I

OR

ORI

0S

0

6

I

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1

21

8

1

I

OR

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K 772C B4

L14s

R661

82B9

2001

1323

5

4

1

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0

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47

1

0

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EL

74 A1

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TM

A

AU

20 TME A

L

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2

8

A

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72

CMX-309FB C

L14s

8.0000 M 535202

1001 0

021

0

011 1002

1001

02

01

---

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--

-

--

-

--

-

-O PE N-

--

-

--

-

--

-

--

-

--

-

--

-

---

--

S

104

Coilcraft

F

1 020

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01

33

0

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1

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11

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11

33

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1

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47

10

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SP L

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82

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3

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6

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4

4 5

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1

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0

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0

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10

70

7

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6

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90

S

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6

5

704

D

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3

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10

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08

2

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7

0

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2

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03

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M

5

G

N

0

2 0

HFK

4

2

33

12B

S

F

AA

M

1

0

10

C8RB

6LMC4

82AIM

DR127-330 43CL07 E

3

80

60G

B

2

ON

21 0 4

683

Coilcraft

V

C8RB LMC64 8 M2AI

ON

802

B

360G

1501

.

KE

10

7

1020

G4

772CB 4K

50

1 1

.

KE

2

710

0 10

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KE

2 0

710

10

G4

C1

K

1501

.

EK

10

7

021 0

1501

.

E

K

2 0

10

7

10

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4K G4

.

E

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1020

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.

EK

2

07

1

0 10

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2 0

10

7

G4

C

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0

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F

MOC8050

Q629

25

DIP SWITCH FUNCTIONS

TIMER

RADIO

OSC

TIMER RADIO

OSC

FAIL SF/SC

1-PASS

OFF ON

-----------------------OPEN-----------------------------------------------OPEN------------------------

TIMER switch “ON” activates the TIMER. See page 25 for details .

1 2 3 4 5 6 7 81 2 3 4 5 6 7 8

RADIO switch “ON” allows the radio receiver to override the timer. See page 25 for details.

OSC switch “ON” allows the radio receiver to stop and reverse the gate in any direction. During a cycle the first signal stops gate, a second signal reverses gate. th

SLAVE

AUTO OPEN

OPEN L/R

FAIL SF/SC

This is to set the operator as fail-safe or fail secure. ON for Fail-safe: on power failure, board will monitor battery voltage to make sure gate opens before battery drains out completely. OFF for Fail-secure: on power failure gate will run until battery is low and either stay open or close depending what position it is when battery is low.

1-PASS

This is a true one pass, anti-tailgating feature. This feature may only be used with safety loops. With this switch in the “ON” position, the gate will open until one car passes the safety loops then it will stop and close. If a second car pulls on the loop the gate will stop the car must then back off the loop before the gate will close.

SLAVE

This feature is used on master/slave setups. Set slave switch “ON” on slave machine, all other switches “OFF”. Set slave switch to the “OFF” position on master machine. Set other function switches on master machine as desired. See page 21 for more details on master/slave connections and settings.

AUTO OPEN

This feature is to automatic open the gate on power interruption. It is a very particular feature used in areas where the fire department requires the gate to open automatically after a power outage. Set this dip switch “ON” when this feature is desired.

OPEN L/R

This feature is to set the direction the operator will open. See page 12 for details.

26

SOLAR PANEL CONNECTION

O O

/

I

.01

5W

I0615

F260

6S

2

0

6

S

602

S

26

10

6 1

6

R B 9 2

8

14

SS

90R9

10R0

1000

0

101

6 1

R6 9B 2

8

14

SS

90R9

10R0

1000

011 0

6 1

6

R

8B29

14

SS

90R9

R

100

1000

7

1001

KE

1

0

.

60 18

I

R210S

42

1

OI

R

0618

OI

R

0618

OI

R

74K

14

s

B

L

C G 7

16 6R 9B 28

0

012

5

14

1332

9

1AM

5

IR 2

1 S

10

I

R21 1

0

S

704

012 0

8

3 LE

LE

6 1

74

0 TM

TM

U A

A

E

A MGA

20 AT

8

C8 2 A

CLM 6

IM

BR 4

CMX-309FB C

B74 472C K G Ls14

8.0000 M

0

011

1002

1001

0102

011 0

1002

-

--

-

--

-

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-

---

--O EN P

- --

-

---

-

--

-

S

104

Coilcraft

F

010 2

NN

1

SS

33

0

RR

10

33

UU

88

OO

66

BB

0

1

01

5

11

33

11

0

7

0

1

4

10

PHILIPSPHILIPS

535202

1 2

1002

L

8

C

M

3

2

8

A

C

R

I

6

M

B

4

4 5 6

7

.

1

0

E

E.

0

01

1

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8

K

71

70

120

1221

1131

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U

26

7

S

602

33

5931

9

S

4

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Z F

4750

2

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36

0

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10

100

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M

C64

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E

3

24

19

6

6E

22

R

2

090 R3

7

00

47

46

9

7

NN

SS

011 0

33

RR

33

UU

88

OO

66

BB

1 0 0

11

33

1

7 B74K G4

5 C1

AMAGNECR FT

1

M1A

0

3-

W107DIP

9

0 1

6040

01 0

1212

1

1 0 10

3002

M

5G

N

2 0

HFK

20

24

33

B

2

S1

A

M FA

1

0

01

C8RB LMC

6

4

82AIM

DR127-330

43CL07 E

36

8 0

B

0

2

G

O N

014 2

2491

683

Coilcraft

V

8BCR LMC64 8

2AI

M

ON

802

B

360G

1501

.

E

K

0

1

7

021 0

G42C

B74K

1Ls4

1501

.

E

K

2 0

0

1

7

10

1501

.

EK

2 0

07

1

10

G4

C58AD 1K

L07s

2C

Ls07

22 0 0

1501

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EK

2

07

1

010

5011

.

KE

2 0

0

71

10

501 1

.

E

K

2

4

1Ls

0

1

7

0 10

0151

.

EK

2 0

10

7

10

1501

.

E

K

2 0

0

1

7

10

8AD K G4

501 1

.

E

K

2

710

010

F

C 50

80M

O

Q9

62

27

SWINGER ARM PARTS

ROUND ARM

QUICK

RELEASE ARM

HUB

PIPE KNUCKLES

BUSHING

SECONDARY PIPE ARM

3 SET

SCREWS

GATE BRACKET

QUICK

RELEASE ARM

HUB

PRIMARY

FLAT BAR

BUSHING

END

FLAT BAR

SECONDARY

ARM

GATE BRACKET

28

PRIMARY

ARM

RECTANGULAR ARM

ALL-O-MATIC INC

Northridge, CA 91324

WWW.ALLOMATIC.NET

FAAC AOMSW300DC User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual